M345923 八、新型說明： 【新型所屬之技術領域】 本創作係涉及-種精密定位滑台的注油構造，尤指一 種精密定位滑台之簡易注油構造。 【先前技術】 既有的精密定位滑台如第上同 一 n、 _ 弟圖所不，係設有一底座（6 〇 )，於底座（6 0 ) —端以及内部 ^ 7 ^ , , P的另一側分別設有一 軸承座（6 1 )，於兩軸承座（6 ,,Q , 压、b 1 )之間穿設一導螺桿 (62) ’又於底座（60)的另一令山从人 • ^ 0 , „ 为 古而結合一連結導螺桿 (6 2 )糕部的伺服馬達裝置（6 6 ); 於底座（6 0 )内的兩側各固設一 口 u 0又線性滑軌（6 3 )， 於兩線性滑軌（6 3 )之間結合一 π 動座（Θ 4 )，於滑 動庄（6 4)底部穿置一螺帽（6 q、 θ、ϋ 0」，以螺帽（A ) 螺合導螺桿（6 2 )，又於前端伺服馬達裝置（6 6 後端軸承座（6 1 )的頂緣之間結合 ” 風板（67)，蓋 板（6 7)長形板體並且遮蓋滑動 上方。 切丛1 6 4 )中間部位的 既有的精密定位滑台係以伺服馬 導螺桿（6 2 )旋轉，藉此以精密：6 6 )驅動 /、. 的方式控制滑動座Γ β 沿線性滑執（6 3 )作冑、後線性的移動，藉 精密定位滑台更可組裝為機械手f#f要:二 設備提供使用者利用。 疋位私動的 别述精密定位滑台由於導螺桿（ τ 1丁、〇 d )以及線Μ、、典 (6 3 )係、組裝於内部，加上線性 ，月軌 、b 3 )的滑塊係 4 M345923 位於滑動座（6 4 ) τ 塊的注油孔（以的下方’因此使得螺冑（65)與滑 注油的位1，因此、…(6 5 3 )皆位於隱蔽且不易伸入 # ^, 4 , 〃滑時需要拆卸蓋板（6 7 )後再費一 番功夫才能順利進广 ,^俊丹買 數個精密定位滑么：梦：添加的過程十分的麻煩，尤其當 油的阻礙蚀〜口 $在一起時，交錯的設置更是造成注 r吏传朝内部零件潤滑變得更加的不易。 【新型内容】 勿 由於既有精资中y 山疋位& 口的^螺捍等需要潤滑的構造係 位於内部，因肤## 、 此4成庄油潤滑時的不便以及操作的麻煩。 為此、、，本㈣的主要目的在於，力滑動座外露的部分穿設 注油道，藉此提供朝導螺桿等處注油的孔道，達到方便使 用者潤滑利用的功效。 為達到上述目的，本創作提供一種精密定位滑台之簡 易庄油構造，其係設有一底座，該底座係長條形並於内部 形成一長槽，於該長槽的中間設置一導螺桿，對應該導螺 桿的兩侧於該長槽的底面結合兩線性滑軌，於兩線性滑軌 之間結合一滑動座，該滑動座的頂部高於該底座，並且配 合該導螺桿於底部穿設一穿孔，於該穿孔的端部形成一直 徑較大的擴孔部，於該擴孔部結合一螺帽，以該螺帽螺合M345923 VIII. New description: [New technical field] This creation relates to the oil-filling structure of a precision positioning slide, especially a simple oil-filling structure for a precision positioning slide. [Prior Art] Existing precision positioning slides, such as the same n, _ brother map, are equipped with a base (6 〇), at the base (60) end and inside ^ 7 ^ , , P another One side is respectively provided with a bearing seat (6 1 ), and a lead screw (62) is disposed between the two bearing seats (6, Q, pressure, b 1 ) and another mountain from the base (60) Person • ^ 0 , „ For the ancients, a servo motor unit (6 6 ) with a connecting lead screw (6 2 ) is attached; a u 0 and a linear slide rail are fixed on both sides of the base (60). 6 3 ), a π movable seat (Θ 4 ) is combined between the two linear slide rails (6 3 ), and a nut (6 q, θ, ϋ 0) is placed at the bottom of the sliding sill (6 4) to snail Cap (A) screwing lead screw (6 2 ), combined with front end servo motor unit (6 6 rear bearing housing (6 1 ) top edge) wind plate (67), cover plate (6 7) long The plate body is covered and covered over the slide. The existing precision positioning slide of the middle part is rotated by the servo horse lead screw (6 2 ), thereby driving in a precise manner: 6 6 ). Control sliding seat Γ β along linear slipper (6 3) For the movement of the cymbal and the rear linear, the precision positioning slide can be assembled into the robot f#f: the second device provides the user's use. The singularity of the private positioning slide is due to the lead screw (τ 1 Ding, 〇d) and Μ, 典 (6 3), assembled inside, plus linear, monthly rail, b 3) slider system 4 M345923 located in the sliding seat (6 4) τ block oil hole ( The lower part of 'is thus the thread (65) and the position 1 of the slip oil, therefore, ... (6 5 3 ) are both concealed and not easy to reach into # ^, 4 , after the cover needs to be removed (6 7 ) It takes a lot of effort to get into the market smoothly. ^Jun Dan buys a few precise positioning slides: Dream: The process of adding is very troublesome, especially when the oil is obstructed by the eclipse ~ the mouth is set together, the staggered setting is even more r 吏 朝 朝 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 内部 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Inconvenience and troublesome operation when Chengzhuang oil is lubricated. For this reason, the main purpose of this (4) is to force the sliding seat. The exposed part is provided with a oil filling passage, thereby providing a hole for oil injection to the lead screw, etc., so as to facilitate the lubrication and utilization of the user. To achieve the above purpose, the present invention provides a simple oil structure for precisely positioning the sliding table, which is The base is formed into a long strip and has a long groove formed therein. A lead screw is disposed in the middle of the long groove, and two linear slide rails are combined on the bottom surface of the long guide groove on both sides of the lead screw. A sliding seat is coupled between the sliding rails, the top of the sliding seat is higher than the base, and a through hole is formed in the bottom portion of the guiding screw, and a larger diameter reaming portion is formed at the end of the through hole. The hole portion is combined with a nut to screw the nut
於該導螺桿，其特徵在於I 於該穿孔的周圍凹設一環狀的嵌槽，於該滑動座頂部 兩側面的其中一側面朝内牙设一注油道，該注油道穿於該 嵌槽的頂側，又於該嵌槽内嵌設一儲油棉。 進一步，本創作所述注油道係貫穿於所述滑動座頂部 M345923 兩侧面的另一側面，於所述注油道兩端的周面分別形成一 螺紋，於各螺紋螺鎖一注油嘴。 更進—步，本創作於各線性滑轨設有兩前、後間隔的 滑塊，以丽、後間隔的兩滑塊螺鎖於所述滑動座各侧的底 面，於前、後兩滑塊的相對面之間各設有—注油孔，於該 滑動座兩側位在前、後滑塊之間的底面與所述注油道之間 分別穿設一分流道，於前、後兩滑塊之間分別結合一導油 塊，於各導油塊内形成一導油冑’各導油道於各導油塊的 頂：以及前、後兩端面分別形成開口，並且分別以頂面以 及珂、後兩端面的開口與各側分流道的底端以及前、後滑 塊的注油孔相通。 更進一#，本創作於各線性滑軌設有一滑力，以各滑 塊螺鎖於所述滑動座各側的底面，於各滑塊的侧面設有一 注油孔，於該滑動座兩側的底面與所述注油道之間分別穿 «又刀/爪道方、各α塊设有注油孔的側面分別螺鎖一導油 塊，於各導油塊内形成—導油道，各導油道於各導油塊的 頂面以及朝向各側滑塊的側面分別形成開口，i且各以頂 面以及侧面的開Π與各側分流道的底端以及各側滑塊的注 油孔相通。 w W 一直徑較大的結合 孔’於所述各導油塊的頂面對應各導油道頂端的開口周圍 朝上凸伸-環狀的上插管，以各上插管播設於配合的各結 合孔定位。 當本創作需要注油潤滑時，係由外露於滑動座側面的注 M345923 油道端部注油，當潤滑油注入注油道後，會节 潤嵌設於欲槽内的儲油棉，藉此，以儲油二内浸 潤滑，達到潤滑導螺桿的效果。 、累样進行 本創作係朝注油道，即可達到對導螺桿潤滑、 由於注油迢的端部係位於滑動座頂部側面的外I、放 此注油時不需將精密定位滑台周圍的蓋板拆卸即^ =二因 滑的操作’注油潤滑的過程方便而能避免以往潤滑過^間 需要拆卸周邊零件的麻煩，方便使用者潤滑利用^匕程中 、此外，本㈣進一步於滑動座兩側設有的分流道配合各 侧導油塊連接各滑塊的設置，則能進一步將朝注油道、、主 的潤滑油導引至各個滑塊潤滑，達到由外露的注油=== 注油即能潤滑線性滑軌的效果，更增本創作潤滑操作 便性。 μ 、 【實施方式】 本創作係一種精密定位滑台之簡易注油構造，請參看第 一至四圖的第一較佳實施例，其係包括： ，一底座（1 0 )，底座（；！ 〇 )係長條形的塊體，並於 •内部形成一沿前、後方向延伸的長槽（1 1 )，於長槽（工 1 )左、右兩侧的底面分別形成位置較高的滑執平台（1 2 )。 一導螺桿（2 0 )，導螺桿（2 0 )係沿前、後方向延 伸的螺桿’並且設置於長槽（1 1 )内的中間位置。 兩線性滑執（3 〇 )，兩線性滑軌（3 0 )分別設有一 執道（3 1 )’兩執道（3 1 )係分別固設於各側的滑軌 M345923 平台（12)上，於各軌道义 k L 3 1 )上以刖、後間隔的形 態結合兩滑塊（3 2 )，前、你知料认 '典仏， 削、後相對的滑塊（3 2 )於相 對面分別設有一注油孔（3 2 1 )。 一滑動座（4 ◦)，滑動座（4 ◦)係T形的塊體，並 且以左、右兩侧的底座分別螺鎖結合於各線性滑執（3 〇〕 的兩個滑& ( 3 2 )，藉此’令滑動座（4 Q )結合於兩 線性滑軌（3 0)之間’並且可隨著兩側的相對滑塊（3 2 )沿前、後方向滑動，滑動座（4 〇 )的頂部係高於底 座（1 0 )，並且於頂面的左、右兩侧分別形成一朝上凸 設的支撐體（4 1 )，兩支撐體（4丄）分別為沿前、後 方向延伸的塊體； 於滑動座（4 0 )底部的中間配合導螺桿（2 〇 )穿設 一沿前、後方向延伸的穿孔（4 2 )，於穿孔（4 2 )後 端的端部形成一直徑較大的擴孔部（4 2 1 )，以擴孔部 (4 2 1 )穿置結合一螺帽（4 3 )，滑動座（4 0 )以 穿孔（4 2 )套設於導螺桿（2 Ό )周圍，並且以螺帽（4 3 )螺合於導螺桿（2 0 )，又於穿孔（4 2 )中間位置 的周圍凹設一環狀的嵌槽（4 2 2 )，於嵌槽（4 2 2 ) 内嵌設一儲油棉（4 2 3 ); 於滑動座（4 0 )頂部的左、右兩側面之間穿設一注油 道（4 4 )，注油道（4 4 )的中間穿過嵌槽（4 2 2 ) 的頂側’藉此與嵌槽（4 2 2 )相通，於注油道（4 4 ) 兩端的周面分別形成一螺紋（4 4 1 )，於兩螺紋（4 4 1 )分別螺鎖一注油嘴（4 4 2 )，又於滑動座（4 0 ) M345923 兩側位在前、後滑塊（3 2)之間的底面與注油道（4 4) 之間分別穿設-分流道（45)，於各側的分流道（45) 底端形成一直徑較大的結合孔（4 5 1 )。 兩導油塊（50)，兩導油塊（5〇)分別為塊體，並 且分別結合於左、右各側的前、後相對兩滑塊 :::導油塊（50)内分別穿設形成一三 2 導油道（51)分別於各導油塊（50)的 ==前、後兩端面形成開口，並且分別以頂 面的開口與左、右各側 前、後滑横f q Q ^ 4 b )的底端以及 心塊（3 2)各設有的注油孔（32i . 於各導油塊（5 〇 )的頂面對岸各’ 開口的周圍朝上w… 道（5 1 )頂端 η㈤朝上凸伸一環狀的上插 官（5 2 )插設於乂、亡夂以ν 1 5 2 ) ，Μ各上插 孔（451)定位 側为流道（45)底端的結合 各導油道（51)_:又於t導油塊（5〇)前、後面對應 ―插管（5 3 )，、』* :開口的周圍分別朝前、後凸伸 )’以各插管 孔（3 2 1 )定位。 5 3 )插設於配合的各注油 田本創作的導螺桿（2 的滑塊（3 ?)兩 及各個線性滑執（3 0 ) 由外露於滑動座= 主;由潤滑時，請參看第三、四圖，係 道（44)内、、主/ )兩侧的注油嘴（ 4 4 2 )朝注油 分别流入嵌槽：4 9’當淵滑油注入注油道“4)後，會 當潤滑油J二22)以及兩側的分流道（45)。 2 2 )内的 ^槽（4 2 2 )時，會浸潤嵌設於嵌槽（4 油棉（4 2 3)，藉此，以儲油棉（4 2 3 ) M345923 對導螺桿（2 〇 ) 效果。當潤滑油流 導油塊（5 〇 )白勺 前、後相對兩滑塊 此’達到潤滑線性 進行潤滑，達到潤滑導螺桿（2 0 )的 入兩側的分流道（4 5 )後，透過各側 導油道（5 1 )分流，將潤滑油朝各側 (3 2 )的注油孔（3 2 1 )注入，藉 滑執（3 0 )的效果。 _ 卜_ , —較佳實施例的實施方式可知，本創作由兩側 的注油嘴（4 4 9、 4 Z )注油，即可達到對導螺桿（2 〇 )以 及兩線性滑軌（3 〇)潤滑的功效，由於注油嘴"η) 係位於π動座（4 Q )頂部兩侧的外露位置’目此注油時 不而將精在疋位〉肯台周圍的蓋板拆卸即可進行；閏滑的操 作/主/由潤⑺的過程方便而能避免以往潤滑過程中的麻 煩，方便使用者潤滑利用。 本創作除前述第—較佳實施例’係設有兩分流道（4 5 ) 配合導油塊（5〇)將潤滑油導引至各個滑塊（ 構&以外’亦可不設有前述構造，僅將潤滑 、由 處潤滑導螺桿（20)即可，同時注油道二 不貝穿滑動座（4 〇 )頂部的左、右兩侧面而僅於 :、i座^ 〇 )的其中一側面形成開。’藉此提供使用者 ^ 創作可不設有嵌槽（422)以及健油棉（4 側的八，僅將注人注油道（4 4 ) _滑油經由兩 )導引至各個滑塊（32)處潤滑，前 的選擇設置’本創作對此不作進-步的限制。 軌二Π作除前述第—較佳實施例，係於兩侧的線性滑 为別設有兩滑塊（3 2 )以外’亦可僅於兩側 10 M345923 的線性滑軌（q Π、Μ π 士 、沉α 。 、^ ο)僅设有一滑塊（3 2 )，藉由各The lead screw is characterized in that: an annular groove is recessed around the perforation, and an oil injection passage is formed on one of the two sides of the top side of the sliding seat, and the oil passage passes through the groove. On the top side, an oil storage cotton is embedded in the recess. Further, the oil injection passage of the present invention runs through the other side of the two sides of the sliding seat top M345923, and a thread is formed on each of the circumferential surfaces of the oil filling passage, and a grease fitting is screwed to each thread. More advanced steps, the present invention is provided with two front and rear spaced sliders on each linear slide rail, and the two sliders with the rear and rear intervals are screwed on the bottom surfaces of each side of the sliding seat, and are slid in front and rear. An oil injection hole is disposed between the opposite faces of the block, and a split flow passage is respectively disposed between the bottom surface between the front and rear sliders and the oil injection passage on both sides of the sliding seat, and the front and rear slides are respectively An oil guiding block is respectively coupled between the blocks, and an oil guiding rod is formed in each oil guiding block. The oil guiding passages are formed on the top of each oil guiding block: and the front and rear end faces respectively form an opening, and the top surface and the top surface respectively The opening of the rear and rear end faces communicates with the bottom end of each side splitter and the oil injection holes of the front and rear sliders. Further, the present invention has a sliding force on each linear slide rail, and each slider is screwed to the bottom surface of each side of the sliding seat, and an oil injection hole is arranged on the side of each slider, on both sides of the sliding seat. Between the bottom surface and the oil filling passage, respectively, a side surface of each of the α-blocks with the oil-filling holes is screwed with an oil guiding block, and an oil guiding duct is formed in each oil guiding block, and each oil guiding oil is formed. Openings are formed on the top surfaces of the oil guiding blocks and the side surfaces facing the respective side sliders, and the openings of the top surface and the side surfaces are respectively communicated with the bottom ends of the side dividing passages and the oil filling holes of the respective side sliders. w W a larger diameter of the coupling hole' on the top surface of each of the oil guiding blocks corresponding to the opening of the top end of each oil guiding channel upwardly convex-annular upper cannula, with each upper cannula spread in cooperation Each of the bonding holes is positioned. When the creation requires oil lubrication, the oil is injected from the end of the M345923 oil passage exposed on the side of the sliding seat. When the lubricating oil is injected into the oil filling passage, the oil storage cotton embedded in the groove is throttled, thereby storing oil. The second inner dip lubrication achieves the effect of lubricating the lead screw. If the original system is facing the oil injection passage, the guide screw can be lubricated, and the end of the oil injection raft is located outside the top side of the sliding seat. I do not need to accurately position the cover around the sliding table when loading the oil. Disassembly means ^ = two due to sliding operation 'The process of oil lubrication is convenient and can avoid the trouble of needing to disassemble the surrounding parts in the past lubrication, and it is convenient for the user to lubricate the use. In addition, this (4) further on both sides of the sliding seat The split runner is provided with the arrangement of the sliders on each side to connect the sliders, so that the lubricating oil to the oil filling passage and the main lubricating oil can be further guided to the respective sliders to achieve the oiling by the exposed oil === Lubricate the effect of the linear slide rails, and increase the ease of lubrication. μ, [Embodiment] The present invention is a simple oiling structure for a precision positioning slide. Referring to the first preferred embodiment of the first to fourth figures, the system includes: a base (10), a base (;! 〇) is a long strip-shaped block, and forms a long groove (1 1 ) extending in the front and rear directions in the interior, and forms a higher position on the bottom surfaces of the left and right sides of the long groove (work 1). Executive platform (1 2 ). A lead screw (20), the lead screw (20) is a screw 'extending in the front and rear directions and is disposed at an intermediate position in the long groove (1 1 ). Two linear slides (3 〇), two linear slides (3 0 ) are respectively provided with one road (3 1 ), and two two lanes (3 1 ) are respectively fixed on the slide rails M345923 platform (12) on each side. In the orbital sense k L 3 1 ), the two sliders (3 2 ) are combined in the form of 刖 and back intervals. Before, you know the 'model', the opposite sliders (3 2 ) are relative to each other. An oil hole (3 2 1 ) is provided on each side. A sliding seat (4 ◦), the sliding seat (4 ◦) is a T-shaped block, and the bases on the left and right sides are respectively screwed and coupled to the two sliding sliders of each linear slider (3 〇) ( 3 2 ), by which the sliding seat (4 Q ) is coupled between the two linear sliding rails (30) and can slide along the front and rear directions with the opposite sliders (3 2 ) on both sides, the sliding seat The top of (4 〇) is higher than the base (10), and a support body (4 1 ) protruding upward is formed on the left and right sides of the top surface, and the two support bodies (4 丄) are respectively a block extending in the front and rear directions; a middle matching lead screw (2 〇) at the bottom of the sliding seat (40) is provided with a perforation (4 2 ) extending in the front and rear directions at the rear end of the perforation (42) The end portion is formed with a larger diameter reaming portion (4 2 1 ), and the reaming portion (4 2 1 ) is inserted through a nut (4 3 ), and the sliding seat (40) is perforated (4 2 ) It is disposed around the lead screw (2 Ό ), and is screwed to the lead screw (20 ) by a nut (4 3 ), and an annular recessed groove is formed around the intermediate position of the through hole (4 2 ) (4 2 2), embedded in the slot (4 2 2 ) Oil storage cotton (4 2 3 ); a oil injection passage (4 4 ) is inserted between the left and right sides of the top of the sliding seat (40), and the middle of the oil injection passage (4 4) passes through the insertion groove (4 2 The top side of the 2) is connected to the slot (4 2 2 ), and a thread (4 4 1 ) is formed on the circumferential surfaces of the oil filler passages (4 4 ), respectively, and the two threads (4 4 1 ) are respectively screwed A grease fitting (4 4 2 ) is placed between the bottom surface between the front and rear sliders (3 2) and the oil filling passage (4 4) on both sides of the sliding seat (40) M345923. (45), forming a larger diameter coupling hole (4 5 1 ) at the bottom end of each side of the branching passage (45). The two oil guiding blocks (50) and the two oil guiding blocks (5 〇) are respectively blocks. And respectively combined with the front and rear opposite two sliders on the left and right sides::: the oil guiding block (50) is respectively formed to form a three-two oil guiding channel (51) respectively for each oil guiding block (50) == The front and rear end faces are formed with openings, and the bottom end of the top surface and the left and right sides of the front and rear slides fq Q ^ 4 b ) and the oil hole provided by each of the core blocks (3 2) (32i. around the top of each of the oil guides (5 〇) On the w... road (5 1 ) top η (five) upwards, a ring-shaped upper insert (5 2 ) is inserted in the 乂, dead 夂 ν 1 5 2 ), the upper jack (451) is positioned on the side of the flow The bottom end of the road (45) is combined with each oil guide (51)_: and the front and rear of the oil guide (5〇) are corresponding to the "intubation (5 3)," *: the circumference of the opening is forward and backward respectively Projection) 'Locate with each cannula hole (3 2 1 ). 5 3) Insert the lead screw (the slider (3?) of the 2 and the linear slider (3 0) of each injection field in each of the matched oilfields by the exposed sliding seat = main; when lubricating, please refer to In the third and fourth figures, the oil filling nozzles (4 4 2 ) on both sides of the main road (44) and the main / ) flow into the inlay separately toward the oil injection: 4 9 'When the oil is injected into the oil filling passage “4”, it will be Lubricating oil J 2 22) and the split runners (45) on both sides. 2 2 ) Inside the trough (4 2 2 ), it will be infiltrated in the embedding groove (4 oil cotton (4 2 3), whereby Take the oil-impregnated cotton (4 2 3 ) M345923 on the lead screw (2 〇) effect. When the lubricating oil flow guide block (5 〇) is in front of and behind the two sliders, this is lubricated and lubricated to achieve lubrication. After the screw (20) enters the splitter passages (4 5 ) on both sides, it is shunted through the respective side oil guide passages (5 1 ), and the lubricating oil is injected into the oil injection holes (3 2 1 ) of the respective sides (3 2 ). By the effect of the slippery (30). _ _ _ , - the embodiment of the preferred embodiment shows that the creation of the oil filling nozzles (4 4 9 , 4 Z ) on both sides can be used to achieve the lead screw (2 〇) and two linear slides (3 〇) The effect of sliding, because the grease nipple " η) is located at the exposed position on both sides of the top of the π movable seat (4 Q ), it is not necessary to disassemble the cover around the Kentai table. The process of sliding operation/main/running (7) is convenient and can avoid the trouble in the lubrication process in the past, and is convenient for the user to utilize and utilize. In addition to the foregoing first preferred embodiment, the system has two branch runners (4 5 ). Cooperate with the oil guiding block (5〇) to guide the lubricating oil to each slider (other than the structure & or the above structure, only lubricate, lubricate the lead screw (20), and the oil filling channel 2 The shell is worn on the left and right sides of the top of the sliding seat (4 〇) and only one side of the: i seat ^ 〇) is formed. 'This provides the user ^ creation without the recess (422) and health Oil cotton (eight on the 4 side, only the injection oil fill (4 4 ) _ oil through two) is guided to the lubrication of each slider (32), the previous selection setting 'this creation does not make progress In addition to the foregoing first preferred embodiment, the linear sliding on both sides is provided with two sliders (3 2 ) Outer 'may only at both sides of the linear rail 10 M345923 (q Π, Μ π Shi Shen α., ^ Ο) only is provided with a slide (32), with each
個的滑塊（3 2 )处入Μ、、典& e , / η、A 如第五®白勺f二較佳實施例所示 匕）…合方；滑動座（4 〇 )各側的底面使用， 清1看第五圖的第二較佳實施例，其係於所述底座（工 〇)長槽（11)底面兩側的滑軌平台（i 2) ==塊數量的線性滑軌（30A)，兩線性滑軌又 ~別設有一軌道（3 1 A)，於各軌道（3工 A)分別結合—滑塊（3 2 A)，兩側的滑塊（3 2 A) 分別於後側面形成_注油孔（3 2 i A > ; :::動座（4 〇 )係以兩側的底面結合於兩侧的滑塊 ，藉此設於兩線性滑軌（3 〇 A )之間，並且 兩侧分流道（4 5 )的底端係分別位 的後方。由於相較於第一較佳實施例，第二32A) W八★ 4 』 矛一較佳貫施例各 底端與ί侧滑塊（32A)之間的流向 文 此第一較佳貫施例亦對所述導油塊（5 0 ) 的導油道（51)作了流向的調整。 先（5〇) 第:較佳實施例係於各側滑塊（32a)的後 合-改變形態的導油塊（50A)，各導油塊（5〇a) ㈣=導油道（51幻，各導油道（51A)具有兩 二;並且：別於各導油道（51A)的頂面以及前側面形 开口刀別以頂面以及前側面的開口與各側的分流道（4 5 )底端以及配合滑塊（3 2 A)後面的注 A )相通； 於各導油感0A)的頂面對應各導油道（5ia) M345923 頂鳊的開口周圍朝上凸伸一環狀的上插管（5 2 a )，以 各上插官（5 2 A )插設於所述的各結合孔（4 5工）定 =’又於各導油塊（5 ◦A)前面對應各導油道（5工A) 前端的開口周圍朝外凸伸一插管（5 3a)，以各插管（5 3 A )插設於配合的各注油孔（3 2 1 a )定位。 ::::較佳實施例其餘的結構以及實施的方式並功 賢述。並且以上所述，僅曰=故本創作在此不再 本創作進行任何开的較佳實施例，並非對 通常知識者，若在制，任何所屬技術領域中具有 Μ ^ ±41 ^ ^ 4 創作所提技術特徵的範圍内， ㈣本創作所揭示技㈣容所作出 = 實施例，並且未脫齙m 尺勤滇乜飾的專效 創作技術特徵的==作的技術特徵内容，均仍屬於本 【圖式簡單說明】 第一圖係本創竹楚 ^ 第二圖係本創=施例之分解圖。 第三圖係本創作第一二：施例之立體圖。 第四圖係本創作第施例之剖面圖。 二=作苐二較佳實施例之分解圖。 Υ圖：既有精密定位滑台 【主要兀件符號說明】 (1 〇)底座 (")滑軌平A ( 1 1)長槽 (30)線性滑；（20)導螺桿 月軌 （3 1 )軌道 12 M345923The sliders (3 2 ) are placed in Μ, 典, & e, / η, A, such as the fifth 白 二 二 较佳 较佳 较佳 ... ... ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; Use of the bottom surface, see the second preferred embodiment of the fifth figure, which is attached to the slide rail platform (i 2) on both sides of the bottom surface of the base (long) slot (11) == linear number of blocks Slide rail (30A), two linear slide rails, and another track (3 1 A), combined with each slider (3 A), slider (3 2 A), sliders on both sides (3 2 A) ) Forming _ oil hole on the rear side (3 2 i A >; ::: moving seat (4 〇) is a slider that is joined to both sides with the bottom surfaces on both sides, thereby being provided on the two linear slides (3 Between A) and the bottom ends of the side runners (45) are respectively rearward of the position. Since compared to the first preferred embodiment, the second 32A) W8★4 』 The flow direction between the bottom end and the ί side slider (32A) is also adjusted in the flow direction of the oil guiding passage (51) of the oil guiding block (50). First (5〇) No.: The preferred embodiment is a post-closing-changing oil guiding block (50A) of each side slider (32a), each oil guiding block (5〇a) (four) = oil guiding passage (51) Fantasy, each of the oil guiding passages (51A) has two or two; and: different from the top surface of the oil guiding passages (51A) and the front side opening cutters, the top surface and the opening of the front side and the side runners (4 5) The bottom end and the injection A) behind the matching slider (3 2 A) are connected; the top surface of each oil guiding sense 0A) corresponds to each oil guiding passage (5ia). The opening of the top opening of the M345923 is upwardly convex. The upper cannula (5 2 a ) is inserted into each of the coupling holes (4 5 work) of each of the upper inserts (5 2 A ) and is corresponding to the front of each oil guide block (5 ◦A). A cannula (5 3a) is protruded outwardly around the opening of the front end of each of the oil guiding passages (5 workers A), and each of the insertion tubes (53 A) is inserted into each of the matching oil filling holes (3 2 1 a ). :::: The rest of the structure of the preferred embodiment and the manner of implementation are described. And as described above, only the preferred embodiment of the present creation is no longer in this creation, and is not for the general knowledge. If it is in the system, it has Μ ^ ±41 ^ ^ 4 creation in any technical field. Within the scope of the technical features mentioned, (4) the technical characteristics of the technical characteristics of the special creative technical features of the technique disclosed in the creation of the present invention (4) This [simplified description of the diagram] The first picture is the original bamboo Chu ^ The second picture is the decomposition diagram of the application. The third picture is the first two of this creation: a perspective view of the example. The fourth picture is a cross-sectional view of the first embodiment of the present creation. 2 = an exploded view of the preferred embodiment. Υ图: There are precision positioning slides [main description of the symbols] (1 〇) base (") slide flat A (1 1) long groove (30) linear slide; (20) lead screw monthly track (3 1) Track 12 M345923
(3 2 )滑塊 (4 Ο )滑動座 (4 2 )穿孔 (4 2 2 )嵌槽 (4 3 )螺帽 (4 4 1 )螺紋 (4 5 )分流道 (5 0 )導油塊 (5 2 )上插管 (3 Ο A )線性滑軌 (3 2 A )滑塊 (5 Ο A )導油塊 (5 2 A )上插管 (6 0 )底座 (6 2 )導螺桿 (6 4 )滑動座 (6 5 1 )注油孔 (6 6 )伺服馬達裝置 (3 2 1 )注油孔 (4 1 )支撐體 (4 2 1 )擴孔部 (4 2 3 )儲油棉 (4 4 )注油道 (4 4 2 )注油嘴 (4 5 1 )結合孔 (5 1 )導油道 (5 3 )插管 (3 1 A )執道 (3 2 1 A )注油孔 (5 1 A )導油道 (5 3 A )插管 (61)軸承座 (6 3 )線性滑執 (6 5 )螺帽 (6 5 3 )注油孔 (6 7 )蓋板 13(3 2 ) Slider (4 Ο ) Slide seat (4 2 ) Pierce (4 2 2 ) Insert groove (4 3 ) Nut (4 4 1 ) Thread (4 5 ) Splitter (5 0 ) Oil guide block ( 5 2) Upper cannula (3 Ο A ) Linear slide (3 2 A ) Slider (5 Ο A ) Oil guide block (5 2 A ) Upper cannula (6 0 ) Base (6 2 ) Lead screw (6 4) Sliding seat (6 5 1 ) Oil filling hole (6 6 ) Servo motor unit (3 2 1 ) Oil filling hole (4 1 ) Support body (4 2 1 ) Reaming part (4 2 3 ) Oil storage cotton (4 4 Oil filling channel (4 4 2 ) oil filling nozzle (4 5 1 ) combined with hole (5 1 ) oil guiding channel (5 3 ) cannula (3 1 A ) obstructing (3 2 1 A ) oil filling hole (5 1 A ) Oil guide (5 3 A) cannula (61) bearing seat (6 3 ) linear sliding (6 5 ) nut (6 5 3 ) oil hole (6 7 ) cover plate 13